Dr. Anvy Moly Tom
The course delves into rotational dynamics, covering angular momentum conservation, rigid body rotation, and central force motion, including the application of Kepler's laws to describe planetary motion within a gravitational field.
Practical of the course
To enable the student to master the Python basics, understand the Python programming tools and apply it to physical problems. Develop Python programs and debug for logical and syntax errors.
Syllabus
https://cap.mgu.ac.in/SYLLABUS/FILEuofile22_06_24_11_11_47.pdf
The main objective of the course is to understand the wave nature
of light. The key points related to wave nature of light discussed in
this course are interference, Huygens principle, Fresnel and
Fraunhofer diffraction, basic ideas and application of polarisation.
This course provides a comprehensive introduction to computational
methods in physics, encouraging students to become proficient in
using computers as tools to solve real-world physics problems. The
emphasis on algorithm development allows students to build a strong
foundation for future research or applications in computational
physics.